MASS PROPERTIES OF THE ASSEMBLY TUBE_SUPPORT_JOINTED VOLUME = 5.2103012e+04 MM^3 SURFACE AREA = 3.1565948e+04 MM^2 AVERAGE DENSITY = 2.7000000e-06 KILOGRAM / MM^3 MASS = 1.4067813e-01 KILOGRAM CENTER OF GRAVITY with respect to _TUBE_SUPPORT_JOI coordinate frame: X Y Z 1.4977083e+02 4.3630581e+01 -1.0000000e+01 MM INERTIA with respect to _TUBE_SUPPORT_JOI coordinate frame: (KILOGRAM * MM^2) INERTIA TENSOR: Ixx Ixy Ixz 3.2181732e+02 -9.1910116e+02 2.1067991e+02 Iyx Iyy Iyz -9.1910116e+02 4.0097646e+03 6.1380847e+01 Izx Izy Izz 2.1067991e+02 6.1380847e+01 4.2922742e+03 INERTIA at CENTER OF GRAVITY with respect to _TUBE_SUPPORT_JOI coordinate frame: (KILOGRAM * MM^2) INERTIA TENSOR: Ixx Ixy Ixz 3.9950725e+01 1.7252312e-01 -1.4895434e-02 Iyx Iyy Iyz 1.7252312e-01 8.4010324e+02 2.1604574e-03 Izx Izy Izz -1.4895434e-02 2.1604574e-03 8.6888179e+02 PRINCIPAL MOMENTS OF INERTIA: (KILOGRAM * MM^2) I1 I2 I3 3.9950688e+01 8.4010328e+02 8.6888179e+02 ROTATION MATRIX from _TUBE_SUPPORT_JOI orientation to PRINCIPAL AXES: 1.00000 0.00022 -0.00002 -0.00022 1.00000 0.00007 0.00002 -0.00007 1.00000 ROTATION ANGLES from _TUBE_SUPPORT_JOI orientation to PRINCIPAL AXES (degrees): angles about x y z 0.000 0.000 0.000 RADII OF GYRATION with respect to PRINCIPAL AXES: R1 R2 R3 1.6851898e+01 7.7277496e+01 7.8589957e+01 MM MASS PROPERTIES OF COMPONENTS OF THE ASSEMBLY (in assembly units and the _TUBE_SUPPORT_JOI coordinate frame) MATERIAL DENSITY MASS C.G.: X Y Z TYPE1_TUBE_SUPPORT_RIB_LAPJOINT UNKNOWN 2.70000e-06 7.03391e-02 8.56778e+01 4.36497e+01 -1.08026e+01 TYPE1_TUBE_SUPPORT_RIB_LAPJOINT UNKNOWN 2.70000e-06 7.03391e-02 2.13864e+02 4.36114e+01 -9.19738e+00